The first part of the Master´s thesis describes physical principles of ultrasound and fundamental variables of ultrasound field. It also deals with mathematical description of finite element method and outlines basic principles of ultrasound computed tomography. The second part introduces finite elements generator GMSH. This part focuses on the process of ultrasound field simulation and presents software that can be used for field simulation. The last part contains examples of models
Diagnostic ultrasound is a non-invasive image modality commonly used to diagnose multiple diseases. ...
Diagnostic ultrasound is a non-invasive image modality commonly used to diagnose multiple diseases. ...
In this thesis a parameter recovery method for use in ultrasound elasticity imaging is developed. El...
V první části Diplomové práce jsou popsány fyzikální principy ultrazvuku a základní veličiny ultrazv...
This chapter addresses the simulation of ultrasound fields that form the basis of various medical di...
This chapter addresses the simulation of ultrasound fields that form the basis of various medical di...
This chapter addresses the simulation of ultrasound fields that form the basis of various medical di...
The main topic of this diploma thesis is the modeling of nonlinear effects in ultrasonic fields. The...
This bachelor´s thesis deals with creating a computational model for acoustic wave propagation in vo...
The paper presents the physical base of the numerical system for analysis and modelling acoustic fie...
A finite element based system model of an ultrasonic measurement system in air is developed. Simulat...
This bachelor thesis presents the way of modelling the ultrasonic field with FIELD II package implem...
The design of a high-performance ultrasound transducer ultimately plays an important role in determi...
For the needs of computer simulation in the field of biomechanics using the finite element method, a...
In this thesis a parameter recovery method for use in ultrasound elasticity imaging is developed. El...
Diagnostic ultrasound is a non-invasive image modality commonly used to diagnose multiple diseases. ...
Diagnostic ultrasound is a non-invasive image modality commonly used to diagnose multiple diseases. ...
In this thesis a parameter recovery method for use in ultrasound elasticity imaging is developed. El...
V první části Diplomové práce jsou popsány fyzikální principy ultrazvuku a základní veličiny ultrazv...
This chapter addresses the simulation of ultrasound fields that form the basis of various medical di...
This chapter addresses the simulation of ultrasound fields that form the basis of various medical di...
This chapter addresses the simulation of ultrasound fields that form the basis of various medical di...
The main topic of this diploma thesis is the modeling of nonlinear effects in ultrasonic fields. The...
This bachelor´s thesis deals with creating a computational model for acoustic wave propagation in vo...
The paper presents the physical base of the numerical system for analysis and modelling acoustic fie...
A finite element based system model of an ultrasonic measurement system in air is developed. Simulat...
This bachelor thesis presents the way of modelling the ultrasonic field with FIELD II package implem...
The design of a high-performance ultrasound transducer ultimately plays an important role in determi...
For the needs of computer simulation in the field of biomechanics using the finite element method, a...
In this thesis a parameter recovery method for use in ultrasound elasticity imaging is developed. El...
Diagnostic ultrasound is a non-invasive image modality commonly used to diagnose multiple diseases. ...
Diagnostic ultrasound is a non-invasive image modality commonly used to diagnose multiple diseases. ...
In this thesis a parameter recovery method for use in ultrasound elasticity imaging is developed. El...